At first glance, plant and animal cells have a lot in common: they’re both highly organized, keep their DNA tucked away in an envelope, and are kinda juicy inside. But plant cells have evolved some ...

Supplies of the crucial molecules ATP and NADPH are lacking in many human diseases, but restoring them requires tight control. Using light-powered thylakoid structures from plants to carefully deliver ...

Imagine if our bodies could grow new organs throughout our entire lives. Plants do this constantly, thanks to tiny, powerful reservoirs of stem cells. But how do these cells know when to divide, and ...

Every time a stem cell divides, one daughter cell remains a stem cell while the other takes off on its own developmental journey. But both daughter cells require specific and different cellular ...

Scientists reveal new plant cell walls can have significantly different mechanical properties compared to surrounding parental cell walls, enabling cells to change their local shape and influence the ...

Artistic rendering of cellulose biosynthesis with zoomed in view. Individual cellulose chains (dark brown) are synthesized by plasma membrane-bound (purple) cellulose synthase enzyme complexes (cream) ...

Animal cells are tiny, complex worlds with specialized parts working together to keep life going. From the flexible cell membrane to energy-making mitochondria and waste-clearing lysosomes, each ...

Scientists transplant photosynthetic nanoparticles into rats and rabbits with degenerative diseases to boost energy, restore disrupted cells A team of Chinese scientists has found a way to introduce ...